Roland Sands Design, a company that is renowned for its wide range of design innovations in the world of custom motorbikes, has unveiled a gorgeous new motorbike that is the result of a carefully planned revamp project aimed at the venerable BMW R NineT retro roadster.
This retro roadster bike has been revamped with a 19-inch front wheel and is well and truly designed for bikers who want to be able to show off their wheelie skills. Elsewhere, this motorbike features fast-activating brakes as well as a unique twin exhaust system.
What's great about the Roland Sands BMW R NineT Classic is the fact that it manages to retain the performance and design attributes that made BMW's original offering such a huge hit, while adding a bit of zest in keeping with the direction of modern motorcycling culture.
What's Driving This Trend
- Revamped Retro Roadster Bikes
- There is a disruptive innovation opportunity for motorcycle companies to revamp classic roadster bikes with modern features, appealing to both retro enthusiasts and modern motorcycling culture.
- Custom Motorbike Design Innovations
- Innovative custom design companies can capitalize on the demand for unique motorbikes by creating and showcasing their own design innovations.
- Performance and Design Hybrid Motorbikes
- There is a potential for motorbike manufacturers to combine classic design attributes with modern performance features, catering to bikers who appreciate both.
Who This Affects Most
- Motorcycle Manufacturing
- Motorcycle manufacturers can explore opportunities in revamping and customizing retro roadster bikes to cater to the growing market of motorcycle enthusiasts.
- Custom Motorbike Design
- Custom design companies have the chance to showcase their expertise and creativity by creating and offering custom retro roadster bikes with modern enhancements.
- Aftermarket Motorcycle Accessories
- The aftermarket accessories industry can tap into the demand for modern features on retro roadster bikes by offering products and enhancements that can be added to existing models.
